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Home / Research / Journals / IMP & HIRFL Annual Report / 2012 Annual Report / Theoretical Nuclear Physics

2012 Annual Report

Foreword
Theoretical Nuclear Physics
Experimental Nuclear Physics and Nuclear Chemistry
Nuclear Physics and Interdiscipline
Atomic Physics
Computer Control and Experimental Detection Technique
Accelerator and the Others

Theoretical Nuclear Physics

  • Progress of Theoretical Nuclear Research in 2012 at IMP
  • Three-Body Force Effect on Off-shell Mass Operator and Spectral Functions in Nuclear Matter
  • Three-body Force Effect on Nucleon Momentum Distributions in Asymmetric Nuclear Matter within Framework of Extended BHF Approach
  • Isospin Effects on Subthreshold Kaon Production in Heavy-Ion Collisions
  • Constraining Isospin Splitting of Nucleon Effective Mass from Heavy-ion Collisions at CSR Energies
  • Two Charged Strangeonium-like Structures Observable in Y(2175)→Φ(1020) π+π- Process
  • Does Enhancement Observed in γγ→DD Contain Two P-wave Higher Charmonia?
  • Neutrino Production based on Linear Accelerator
  • Effects of Magnetic Field on Spallation Reaction
  • Nuclear Incompressibility and Isoscalar Giant Dipole Resonance in Relativistic Continuum Random Phase Approximation
  • Properties of Single-particle States in a Fully Self-consistent Particle Vibration Coupling Approach
  • Researchers Explored Roles of Nucleon Resonances in Λ(1520)
  • New Structure around 3250 MeV as D0*(2400)N Molecular Hadron
  • Open-charm Radiative and Pionic Decays of Molecular Charmonium Y(4274)
  • Spin-flip Response Function of Finite Nuclei in a Fully Self-consistent RPA Approach
12>
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